1 00:00:26,720 --> 00:00:26,793 “ 2 00:00:26,794 --> 00:00:26,867 “O 3 00:00:26,868 --> 00:00:26,940 “Ov 4 00:00:26,941 --> 00:00:27,014 “Ove 5 00:00:27,015 --> 00:00:27,088 “Over 6 00:00:27,089 --> 00:00:27,162 “Overc 7 00:00:27,163 --> 00:00:27,236 “Overcu 8 00:00:27,237 --> 00:00:27,309 “Overcur 9 00:00:27,310 --> 00:00:27,383 “Overcurr 10 00:00:27,384 --> 00:00:27,457 “Overcurre 11 00:00:27,458 --> 00:00:27,531 “Overcurren 12 00:00:27,532 --> 00:00:27,604 “Overcurrent 13 00:00:27,605 --> 00:00:27,678 “Overcurrent” 14 00:00:27,679 --> 00:00:27,752 “Overcurrent” 15 00:00:27,753 --> 00:00:27,826 “Overcurrent” r 16 00:00:27,827 --> 00:00:27,900 “Overcurrent” ro 17 00:00:27,901 --> 00:00:27,973 “Overcurrent” roo 18 00:00:27,974 --> 00:00:28,047 “Overcurrent” room 19 00:00:28,048 --> 00:00:28,121 “Overcurrent” room 20 00:00:28,122 --> 00:00:28,195 “Overcurrent” room s 21 00:00:28,196 --> 00:00:28,268 “Overcurrent” room se 22 00:00:28,269 --> 00:00:28,342 “Overcurrent” room set 23 00:00:28,343 --> 00:00:28,416 “Overcurrent” room sett 24 00:00:28,417 --> 00:00:28,490 “Overcurrent” room setti 25 00:00:28,491 --> 00:00:28,564 “Overcurrent” room settin 26 00:00:28,565 --> 00:00:28,637 “Overcurrent” room setting 27 00:00:28,638 --> 00:00:28,711 “Overcurrent” room settings 28 00:00:28,712 --> 00:00:28,785 “Overcurrent” room settings, 29 00:00:28,786 --> 00:00:28,859 “Overcurrent” room settings, 30 00:00:28,860 --> 00:00:28,932 “Overcurrent” room settings, P 31 00:00:28,933 --> 00:00:29,006 “Overcurrent” room settings, Pa 32 00:00:29,007 --> 00:00:29,080 “Overcurrent” room settings, Par 33 00:00:29,081 --> 00:00:29,154 “Overcurrent” room settings, Part 34 00:00:29,155 --> 00:00:29,228 “Overcurrent” room settings, Part 35 00:00:29,229 --> 00:00:29,301 “Overcurrent” room settings, Part I 36 00:00:29,302 --> 00:00:29,375 “Overcurrent” room settings, Part II 37 00:00:29,376 --> 00:00:29,876 “Overcurrent” room settings, Part II 38 00:00:30,171 --> 00:00:35,198 In “Time” section, first, the injection time before fault in “PreFault Time” is entered. 39 00:00:35,223 --> 00:00:39,346 In tests such as “Directional” where by injecting voltage, 40 00:00:39,371 --> 00:00:47,796 “PTs” draw inrush current, by checking “Ramp in Prefault” you can create a “Ramp” voltage and prevent device errors. 41 00:00:47,821 --> 00:00:54,973 Note that checking this option is only possible for “Directional” tests or in conditions determined in “Voltage Output” section. 42 00:00:54,998 --> 00:01:03,658 In “Max Fault Time”, the maximum fault injection time is specified in the form of “Abs” or “Rel” which itself includes three sections. 43 00:01:03,683 --> 00:01:12,739 Note that if the time specified in “Max Fault Time” is shorter than time of the “Trip” time of the shot point, result of the evaluation will be wrong. 44 00:01:12,763 --> 00:01:21,192 If you are using “Max Fault Time (Abs)” field, you need to enter a time in terms of seconds for the maximum fault signal injection time (for all points). 45 00:01:21,216 --> 00:01:26,551 But, to increase the speed of the test, you can use “Max Fault Time (Rel)”. 46 00:01:26,575 --> 00:01:30,290 By checking this option, three other options appear. 47 00:01:30,315 --> 00:01:42,478 By entering a number in “Add%ofTnom”, the fault signal injection time in each point equals the test point nominal time plus a percentage of the nominal time entered in this field. 48 00:01:42,502 --> 00:01:56,466 This means that if the test point nominal time is 10 seconds and 5 percent is entered in this field, the maximum fault injection time (1.05) equals the test nominal time which is 10.5 seconds. 49 00:01:56,498 --> 00:02:05,478 But in “Add Absolute” field, the fault injection time is entered as a sum of the test point trip nominal time plus the time entered in this field. 50 00:02:05,502 --> 00:02:12,252 For points which are in “No Trip” area, it is possible to enter a separate time in “No-Trip Time” field. 51 00:02:12,276 --> 00:02:18,072 If you enter the time in these four fields, the software will consider the longest time. 52 00:02:18,096 --> 00:02:21,309 “Post Fault” time is entered in “Post Fault Time”. 53 00:02:21,334 --> 00:02:31,076 ”. “Delay After Trigger” is used for specifying the trigger time of the intended key and by right-clicking on the related field and selecting “Go To Linked Value”, 54 00:02:31,100 --> 00:02:35,423 you can see that it is linked to “CB Trip Time” and if necessary, 55 00:02:35,447 --> 00:02:40,011 by selecting “Remove Link” you can enter your desired value instead. 56 00:02:40,035 --> 00:02:47,349 By selecting “Fault Inception” in “Time Reference”, the “Trip” time from the fault injection time is calculated. 57 00:02:47,373 --> 00:02:54,144 But, by selecting “Starting”, the “Trip” time is calculated from when the “Pick-up” contact is received from the relay. 58 00:02:54,168 --> 00:03:00,927 In “Load Current (Prefault Current)” section, it is possible to adjust the settings related to “Prefault” phase and current. 59 00:03:00,951 --> 00:03:10,564 By selecting “Based on Current” radio button in “Amplitude” section, the “Prefault” current is entered in ampere which is the same for all other test points. 60 00:03:10,588 --> 00:03:18,905 But, by selecting “Based on IFault”, the “Prefault” current is entered in fault current which is different for every “Shot” point. 61 00:03:18,929 --> 00:03:24,040 You can use “Phase” section for the angle between current and voltage in “Prefault”. 62 00:03:24,065 --> 00:03:33,445 By selecting the “Based on Degree” radio button, it is possible to specify the voltage current angle in degrees which is the same for all other test points. 63 00:03:33,469 --> 00:03:43,146 But, by selecting “Same as Fault Angle”, the angle between current and voltage in “Prefault” will be the same with “Fault” which is different for every “Shot” point. 64 00:03:43,170 --> 00:03:51,051 In “Other Setting” section, by checking “First Run Pick-up Drop Off”, if you have multiple “Pick-up Drop Off” and “Shot Test” points, 65 00:03:51,075 --> 00:04:00,089 first, the “Pick-up Drop Off” test is performed otherwise “Shot Test” is performed first. 66 00:04:02,462 --> 00:04:13,446 By checking “Continue Last State Amplitude”, in “Pick-up Drop Off” test, instead of starting from “Pickup End” the decreasing ramp will start from where the relay performed the “Pick up”. 67 00:04:18,120 --> 00:04:21,926 In “Passed Setting”, by checking “Pass if Get Any Trip”, 68 00:04:21,950 --> 00:04:26,712 if any trip is received from the relay, the test result will be “Pass”.